Miniaturization is a highly relevant trend in medical and lab technology. Increasing automation, constant object size reduction and increasing accuracy requirements lead to a higher integration degree. Driving applications are lab-on-a-chip, portable units or even invasive components like micropumps or catheters with sensor functions
Read moreMartin Kurz
In cutting tool holders for many years data carriers have been glued into a bore
Read moreBeing aware of the advantages of Tool Identification the users in production long for this solution to be also available for their existing machines on the shop floor. But how to cope with the variety of machine tool types?
Read moreTypically in factory automation a control unit collects data of sensors, analyzes these data and, according to it’s programmed instruction, triggers actuators to a defined operation
Read moreFor monitoring functionality in industrial processes two aspects are relevant: Environmental awareness and self awareness. Environmental awareness analyzes impacts which are provided by the environment (e.g. ambient temperature).
Read moreProduction processes in milling centers typically use cooling liquids (in order to reduce friction, to cool tool as well as workpiece and to remove metal chips). This way cooling liquids assist to optimize the machining processes.
Read moreContinuous control of process media significantly contributes to the reliability of industrial production. Not only in process industry liquid media are used. More and more process technology is involved in industrial manufacturing
Read moreIn industrial machining processes the control of the thermal machine stability is essential to achieve the required quality of the machined product and to protect the cutting tool in use
Read moreWith start of industry 3.0 the users of machine tools began to avoid routine work like manually entering tool data. CNC machine tools gained more market share in metalworking applications. These machines are often equipped with automatic tool change systems.
Read moreIn Metalworking, the clamping status of tools and workpieces are monitored in many applications. Typically, inductive sensors are used to control this. Three positions are usually detected: Unclamped, clamped with object, and clamped without object. The sensor position is mechanically adjusted to the application so the correct clamping process and clamping status is detected with a proper switch point.
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